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Engineering Electrical Engineering

5. Find the value of RL at which maximum power is transferred to the load in the following circuit. Also, find the maximum power transferred. 0.50 20 www 30 ww 12 V 10 Exercise 8 1. For the given circuit, determine the current flowing through 10 2 resistor using Norton's theorem. 9V- 12 20 ww ww 10 2. Determine the current through AB in the given circuit using Norton's theorem. 1002 www 20 A www 30 A 40 60 102 B 3. Calculate the current through the resistance 42 by applying Norton's Theorem 20 40 40 +5V- 4. Calculate the current through the resistance RL = 52 by applying Norton's Theorem. 30 V=-10V-

5. Find the value of RL at which maximum power is transferred to the load in the following circuit. Also, find the maximum power transferred. 0.50 20 www 30 ww 12 V 10 Exercise 8 1. For the given circuit, determine the current flowing through 10 2 resistor using Norton's theorem. 9V- 12 20 ww ww 10 2. Determine the current through AB in the given circuit using Norton's theorem. 1002 www 20 A www 30 A 40 60 102 B 3. Calculate the current through the resistance 42 by applying Norton's Theorem 20 40 40 +5V- 4. Calculate the current through the resistance RL = 52 by applying Norton's Theorem. 30 V=-10V-

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Delmar's Standard Textbook Of Electricity

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN: 9781337900348

Author: Stephen L. Herman

Publisher: Cengage Learning

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Please answer question 8.1, 8.2, 8.3 8.4, 8.5 stepwise showing detailed explanations

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Transcribed Image Text:5. Find the value of RL at which maximum power is transferred to the load in the following circuit. Also, find the maximum power transferred. 0.50 20 www 30 ww 12 V 10

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Transcribed Image Text:Exercise 8 1. For the given circuit, determine the current flowing through 10 2 resistor using Norton's theorem. 9V- 12 20 ww ww 10 2. Determine the current through AB in the given circuit using Norton's theorem. 1002 www 20 A www 30 A 40 60 102 B 3. Calculate the current through the resistance 42 by applying Norton's Theorem 20 40 40 +5V- 4. Calculate the current through the resistance RL = 52 by applying Norton's Theorem. 30 V=-10V-

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